The EMCO Maxxturn 25 is a compact and highly dynamic CNC turning centre designed for complete machining of complex precision components. Featuring main and counter spindles, driven tools, integrated Y-axis functionality, and advanced Siemens or Fanuc control systems, the Maxxturn 25 delivers exceptional productivity, machining flexibility, and precision for modern manufacturing applications.

Equipment

The Maxxturn 25 is equipped with a main and counter spindle, a high-performance tool turret, and driven tools for milling and drilling operations. A stable Y-axis is directly integrated into the machine design, providing enhanced machining capability for complex components. The machine is available with Siemens or Fanuc CNC control systems for reliable and efficient operation.

Technical Data

Work Area

Main Spindle

Counter Spindle

Tool Turret

General Data

Highlights

The Maxxturn 25 combines huge spindle speed ranges, stable Y-axis functionality, and high rapid traverse speeds within a compact machine layout. The integrated counter spindle enables complete machining in a single process, while the servo-controlled turret offers up to 36 indexing positions for exceptional tooling flexibility and machining efficiency.

Counter Spindle

The compact counter spindle allows complete reverse-side machining within a single setup. Mounted on guide rails and capable of positioning at 30 m/min, it supports turning, drilling and light milling operations with spindle speeds up to 8000 rpm.

Machine Core

Designed using FEM analysis, the Maxxturn 25 delivers exceptional stability and machining precision. Maintenance-free roller guides across all linear axes improve rigidity and accuracy while reducing lubricant consumption and extending tool life.

Tool Turret

The fast servo-controlled turret features 12 VDI 16 tool positions and can be indexed up to 36 positions to increase tooling capacity. Using multi-tool holders, up to 42 tools can be integrated for highly flexible machining operations.

Overall Dimensions & Work Space

The compact machine layout maximises workshop efficiency while providing a productive machining area suitable for both counter spindle and tailstock configurations.

Workpieces

The Maxxturn 25 is ideal for manufacturing precision components across industries including hydraulic and pneumatic systems, medical engineering, motor and vehicle parts, fixing systems and material handling technology.

Typical workpieces include guide bushes manufactured from brass, titanium tooth implants, collating devices, spinners and whistles.

Versions

Maxxturn 25 MY (Fanuc)

Configuration with driven tools, C-axis and Y-axis functionality.

Maxxturn 25 SM (Fanuc)

Includes counter spindle, driven tools and C-axis capability.

Maxxturn 25 SMY (Fanuc)

Fully equipped version including counter spindle, driven tools, C-axis and Y-axis.

Options & Accessories

EMCO Tool Break Monitoring

The integrated monitoring system evaluates axis drive motor loads to detect excessive tool wear, breakage or missing tools for improved process reliability.

Finished Part Conveyor

The finished-part pick-up system places components onto an accumulating conveyor, preventing delicate or complex parts from colliding during unloading.

Part Catcher

The swivelling EMCO part catcher transports finished parts safely from the counter spindle into the collection container while maintaining optimal chip flow and easy access to the work area.

Software & Control

Fanuc 31i-B

The Fanuc 31i-B CNC control system delivers exceptional performance, precision and reliability for advanced turning applications. Features include nanometre interpolation for superior surface quality, Ethernet connectivity, MANUAL GUIDE i conversational programming and compatibility with existing Fanuc CNC programs for seamless integration.

Sinumerik 828D with ShopTurn

The Siemens Sinumerik 828D combines advanced CNC functionality with integrated ShopTurn conversational programming for efficient machining of simple and highly complex components. High-performance drive systems and 80-bit NANOFP accuracy ensure exceptional precision and productivity.